- Forgot Password is limited to 3 codes an hour and 10 a day per email, and
an account gets 10 failed code checks a day across every code it is sent,
so new client addresses and new codes no longer buy more guesses. Refused
requests answer exactly like accepted ones.
- The reset email is queued to a background sender, and unregistered
addresses store a row no code can match, so both paths do the same work
and return without waiting on the mail provider. Each request also clears
expired codes.
- Code hashes are HMAC-SHA256 under a key derived with HKDF from the JWT
signing secret; rows in the previous unkeyed format stop matching.
- Email and code are read only from the JSON body.
Two concurrent first requests can leave two pending codes for one email.
Exhausting or using one now deletes all of them, so a sibling code cannot
become live afterwards.
Forgot Password answers every address the same way and emails a code only
to an active account. Codes are stored as salted SHA-256 hashes, expire 15
minutes after issue, are replaced by a newer request, and are checked only
against the email they were issued to. Five failed checks delete the code;
attempts are reserved with one conditional UPDATE so concurrent guesses
cannot exceed the budget. VerificationCode requires the email, and email and
code are accepted in the JSON body so they stay out of URLs.
The three anonymous endpoints are rate limited to 10 requests per 15
minutes per client IP. Forwarded headers are trusted only through loopback
and private hops, since the API sits behind the EB load balancer and nginx.
The migration adds hash, salt, expiry and attempt columns and deletes the
old plaintext rows.
UpdateAsync only applied WorkOrderType when it had a value, so once a
template was restricted to one work order type no request could make it
trade-generic again. The DTO now records whether workOrderType was present
in the body: omitting it keeps the stored value, an explicit null clears
it, and a concrete value sets it. The templates page echoes the stored
legacy fields on PUT, so its behaviour is unchanged.
Work orders without a LifecycleStatus are open or closed according to
their legacy status text. The linked work-order count now goes through
the shared board status filter, so a legacy completed or cancelled row
is no longer reported as depending on the template.
Adds an extra safety note and an ordered procedure list to completion
document templates, name search, creator and last-updated audit fields,
a tenant-scoped count of open work orders that depend on a template, and
a delete that unlinks Services while they keep requiring a document.
Writes are gated by the create/edit/delete completion template team
permissions instead of the Admin role.
The legacy create paths (WorkOrderDTOs, SyncService, the Blazor
WorkorderService) still write Status without LifecycleStatus. The board
status filter only matched LifecycleStatus. So an open unassigned row of
that kind was left out of the Unassigned tile and its drill-down list,
even though the Open tile in the same response counted it.
ApplyStatusFilter now reads a row with no LifecycleStatus by its legacy
status (LegacyStatus ?? Status), using the Phase0 backfill rules: known
text maps as LifecycleStatusMapper does, and anything else, blank
included, counts as Incomplete. The tile and /board/search share the
predicate, so the count still matches the list it opens.
A work-order request stores the requested increase, not a total. Letting
the vendor revise one after changes were requested rewrote RequestedNTE
as a total while it still read as a work-order request, corrupting its
amount and the NTE it would be approved to. Revise now answers not-found
for any request the vendor did not raise and leaves the row untouched.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Work-order requests store the requested increase in RequestedNTE; vendor
portal requests store the requested NTE total. The queue Delta, the
pending and approved exposure totals, the work-order uplift list, the
board summary and the notification Delta now all read one definition
(UpliftAmount) that honours both meanings and translates to SQL.
Approving a work-order request now adds its increase to the dispatch NTE
instead of replacing the NTE with the increase; vendor requests still end
at their requested total.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
The approvals header summed the whole RequestedNTE for work-order-path
requests, while each Pending row shows RequestedNTE - CurrentNTE. When a
work order already had an NTE the header overstated exposure by that NTE.
The header now sums the same Delta the rows display, over the same rows
the Pending tab lists (non-deleted request on a non-deleted dispatch).
The unused duplicate aggregate is removed so one definition remains.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
The strict date range made undated open work orders disappear for every
client that predates the includeDateless flag. The frontend on main sends
the all-weeks window (2000-01-01..2099-12-31) for "no range", the
1970-01-01..2099-12-31 window for the pinned Unassigned queue, and no date
input at all for the WO# duplicate lookup. None of those send the flag, so
deploying this backend before the frontend would have dropped undated WOs
from all three flows.
includeDateless is now optional. An explicit value still wins. When it is
omitted, a request with no date input or with an all-weeks Custom window
keeps its open undated rows, as before SH-391. Any other range stays
strict. The backend and frontend can therefore deploy in either order.
Approve, reject, request-changes, expiry and escalation staged their work
order audit with WorkOrderId = dispatch.WorkOrderId ?? 0. WorkOrderAuditLogs
requires a real work order, so any uplift on a dispatch without an owning
work order failed to save: the decision returned a 500 and the request stayed
Pending, and the expiry sweep failed on it every run.
The audit now goes to the work order the uplift resolves to through the
existing owner-or-linked read that revoke already uses. When none resolves,
the status change is saved on the request and no audit row is written.
The 10-photo / 3-video cap was a check-then-insert with no lock on both
upload surfaces, so two overlapping uploads could both take the last slot.
The board media upload and the vendor portal upload now run count, insert
and save inside ExecuteWorkOrderMutationAsync. GetMediaContent maps .heic
to image/heic.
Uplift creation now checks the actor's RequestUplifts permission, so the
ownership tests construct the service with the permission services and seed
their actor as an Admin.
Read the duration from the MP4/MOV movie header (moov/mvhd) on both the
dispatcher media endpoint and the vendor portal completion upload, so a
direct request cannot bypass the browser check. Unreadable metadata still
never blocks an upload.
The 10-photo / 3-video limit only counted dispatcher attachments, so vendor
portal uploads could push a work order past it (and vice versa). Count the
work order's current vendor documents alongside its attachments on both the
dispatcher media endpoint and the vendor portal. A new completion version
does not count the version it replaces.
Board create left the new primary dispatch with no WorkOrderId, so uplifts
created on those work orders were written to a dispatch the work order's
uplift reads never resolve: not listed, allowance never consumed, queue WO
number blank. The same orphan made ApptDate/vendor patches fail with
"A primary dispatch is required".
- Board create backfills Dispatch.WorkOrderId after the first save.
- Uplift create resolves its dispatch through the read-side scope
(non-deleted, owned or linked); otherwise the stable
"no primary dispatch" error.
- Data-only migration assigns existing orphaned primaries to the single
work order naming them primary; idempotent.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
The Elastic Beanstalk nginx proxy kept its 1 MB default body limit, so every
media upload over ~1 MB got an nginx 413 before reaching the API. Ship a
.platform nginx override (120M) in the bundle and assert it in the bundle
contract.
Apply the client-confirmed contract: photos up to 10 MB (JPEG/PNG/HEIC),
videos up to 100 MB (MP4/MOV), at most 10 photos and 3 videos per work order,
with stable generic rejection messages. The request ceiling (110 MB) sits
between the per-kind caps and the proxy so oversize files get the generic
message. The vendor portal accepts the same photo/video types and caps.
An explicit date range let every undated, non-terminal work order through,
so Unassigned plus a range still returned all ~1,780 unassigned rows. The
range now matches Schedule On, or the Target Week for week-only rows
(overlap), the same date the weekly board groups by. Undated rows are added
only when the caller sends includeDateless, which the client uses for
searches with no range selected and for the Unassigned queue.
Use the operation work order when staging uplift audit logs so a dispatch linked through DispatchWorkOrders cannot write the event to its primary work order. Add coverage for the cross-work-order fallback case.
